References of "Chemie Ingenieur Technik"
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See detailAnaerobe Vergärung von (synthetischem) Küchenabfall in zweistufigem Semi-Konti-Betrieb
Sobon, Elena UL; Schlienz, Markus UL; Greger, Manfred UL

in Chemie Ingenieur Technik (2020, August 28), 92(9), 1267-1268

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See detailVergleich der anaeroben Vergärung von realem und synthetischem Küchenabfall in Batchversuchen unterschiedlicher Beladung
Sobon-Muehlenbrock, Elena UL; Greger, Manfred UL; Schlienz, Markus UL

in Chemie Ingenieur Technik (2018), 90(9), 1160

In the following article comparison between real kitchen waste and a synthetic kitchen waste is made. In total four experiments are discussed, all of them were conducted in batch mode at two different ... [more ▼]

In the following article comparison between real kitchen waste and a synthetic kitchen waste is made. In total four experiments are discussed, all of them were conducted in batch mode at two different loadings: 25 and 5 goDM/l and two different temperatures: mesophilic and thermophilic. [less ▲]

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See detailInfluence of the substrate to inoculum ratio on process stability and performance during batch digestion of grass silage
Benito Martin, Patricia C; Greger, Manfred UL

in Chemie Ingenieur Technik (2017), 89

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See detailKinetic Considerations on Thermophilic Digestion of Maize Silage at Different Feeding Modes
Golkowska, Katarzyna UL; Sibisi-Beierlein, Nonjabulo; Greger, Manfred UL

in Chemie Ingenieur Technik (2012), 84(9),

Digestion of maize silage in batch, semi-batch and continuous mode was investigated under similar experimental conditions with the aim to compare the degradation kinetics. The modeling with the 1st order ... [more ▼]

Digestion of maize silage in batch, semi-batch and continuous mode was investigated under similar experimental conditions with the aim to compare the degradation kinetics. The modeling with the 1st order equation shows that despite the ensiling pre-treatment the disintegration/hydrolysis step determines the total degradation rate of the substrate. The results confirmed an extremely high adatation capability of anaerobic biocenosis to increased feeding frequency, rather than to higher but less frequent loadings. 2-3 times higher degradation rates were observed for triple feeding frequency. On the other hand an increase in organic loading within the same feeding mode always resulted in reduction of digestion rate. [less ▲]

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See detailAnaerobe Vergärung von Mais und Cellulose - Vergleich des Abbauverhaltens
Golkowska, Katarzyna UL; Greger, Manfred UL

in Chemie Ingenieur Technik (2010), 82(9), 1514-1514

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See detailBiogaserzeugung aus Energiepflanzen mittels Trockenfermentation
Greger, Manfred UL; Hüfner, Volker

in Chemie Ingenieur Technik (2006), 78(9), 1185-1185

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See detailEntwicklung eines Simulationsprogramms zum Scale-up von Hydrierreaktoren
Greger, Manfred UL; Gutsche, Bernhard; Jeromin, Lutz

in Chemie Ingenieur Technik (1992), Bd. 64

Development of a model for hydrogenation

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